About ChillCel Cellulose Pad
ChillCel Cellulose Pad
We manufacture our own high-density, cross-corrugated ChillCel Cellulose Pad.They're matched to your cooler for maximum effect. Our ChillCel Cellulose Pad provide the highest cooling efficiency of any Evaporative Medium.On average, ChillCel Cellulose Pad are around 4"-8" thick,which we believe provides optimum efficiency.Other brands may claim that thicker pads provide better cooling. The facts are that only a certain amount of water can evaporate into the air Thicker pads cannot make any more water evaporate unless the pads themselves are quite inefficient to begin with.Thicker pads may require greater power to draw the air through,a larger pump to move the volume of water required and provide an ideal environment for efficiency sapping salt and mineral buildup. In other words, they probably cost more to buy, more to run and need to be replaced more often.
Specifications:
- Type: Water-Cooled
- System Type: Open System
- Noise Level: Low
Optimized Cooling PerformanceChillCel Cellulose Pads are engineered for high-capacity evaporative cooling, efficiently lowering temperatures in environments with 60%90% humidity. With excellent water absorption, these pads enhance airflow capacity (35006000 CFM per pad) and maintain consistent cooling throughout their 35 year lifespan. Their resin-coated, dust-filtering surface ensures clean, fresh air while requiring minimal maintenance, making them a reliable choice for varied cooling needs.
Adaptable to Multiple ApplicationsWhether its for residential comfort, commercial cooling, or large-scale industrial setups, ChillCels customizable pads fit diverse system requirements. Their availability in multiple thicknesses, shapes, and custom pore sizes offers flexible solutions, while optional fire resistance and anti-algae treatments boost safety and hygiene. Suitable for mounting in frames or panels, these pads integrate easily into air coolers, HVAC systems, greenhouses, and poultry farms.
FAQs of ChillCel Cellulose Pad:
Q: How do ChillCel Cellulose Pads improve air cooling efficiency?
A: ChillCel Cellulose Pads operate on evaporative cooling principles. Their advanced cellulose structure absorbs water efficiently, maximizing surface area for evaporation. As air passes through the wet pad, it cools down, providing up to 85% evaporation efficiency and lowering indoor temperatures effectively.
Q: What are the recommended installation methods for ChillCel Pads?
A: These pads can be installed either vertically or horizontally, depending on the design of your cooling system. They are frame or panel-mounted, making them adaptable for air coolers, HVAC units, and other cooling equipment across industrial, commercial, or residential settings.
Q: When should ChillCel Cellulose Pads be replaced?
A: Under normal use and proper maintenance, ChillCel Cellulose Pads typically last 35 years. Replacement may be required sooner in environments with heavy contamination, water quality issues, or extremely high usage. Routine inspections help ensure optimal performance.
Q: Where can ChillCel Cellulose Pads be used most effectively?
A: These pads are ideal for air coolers in homes, commercial areas, greenhouses, poultry farms, and industrial HVAC systems. Their high water retention, anti-algae properties, and odorless design make them suitable for environments requiring clean, efficient cooling.
Q: What benefits do customized pore sizes provide?
A: Customizing the pads pore size allows for precise control over air and water flow, optimizing performance for specific climate or operational needs. This helps achieve maximum evaporation efficiency and tailored cooling results for diverse applications.
Q: How does the self-extinguishing treatment enhance safety?
A: ChillCel Pads can be treated to be self-extinguishing, reducing their fire risk in critical environments. This increases safety for facilities that demand stringent fire protection alongside efficient cooling solutions.
Q: What accessories are included with ChillCel Pads?
A: Each pad can be supplied with essential accessories, such as framing systems and water distribution pipes, to ensure easy installation and uniform water flow for peak cooling efficiency.